Benson and Krause developed a 3-term power series for accurately finding the coefficients in this law.
 The constants found in this law are often found using solid-phase microextraction, and the reciprocal of one
 of those constants gives the partition coefficient of the reaction in question. This law, which can be applied
 to silicate melts in geology, is only applicable in the limit of infinite dilution and only applies to ideal
 solutions. Stated as p equals k c, this law explains why soda goes flat when left out too long and why divers
 get decompression sickness. 
Benson and Krause developed a 3-term power series for accurately finding the coefficients in this law.
 The constants found in this law are often found using solid-phase microextraction, and the reciprocal of one
 of those constants gives the partition coefficient of the reaction in question. This law, which can be applied
 to silicate melts in geology, is only applicable in the limit of infinite dilution and only applies to ideal
 solutions. Stated as p equals k c, this law explains why soda goes flat when left out too long and why divers
 get decompression sickness. For 10 points, name this law from chemistry which states that the amount of
 gas that will dissolve in a liquid is proportional to the partial pressure of that gas.
Benson and Krause developed a 3-term power series for accurately finding the coefficients in this law.
 
{Henry’s} Law